Bruno-Félix Osmanski

This study uses 3D ULM with Row-Column Arrays to image and quantify microvascular flow in mouse brains, differentiating arterial and venous subgraphs and extracting vascular metrics across 66 classes.

The paper examines brain network plasticity during neuropathic pain onset and maintenance in mice, finding stable connectivity during maintenance and changes at onset and post-surgery.

This paper evaluates and benchmarks motion artifact removal strategies in functional ultrasound imaging of awake mice, identifying optimal methods to improve data reliability.

This study uses functional ultrasound imaging to show that cerebral blood volume changes in rats correlate with speed and spatial features during navigation, revealing a hemodynamic signature of exploratory behavior.

PhysiofUS uses ultrafast ultrasound to automatically detect heart and breathing rates from tissue motion in rodents and human neonates, validated against gold-standard electrodes.

This study introduces a novel transcranial whole-brain fUS and ULM technique in mice using multilinear probes, revealing vessel-level dependencies in neurovascular responses.

This study demonstrates a closed-loop ultrasonic brain-machine interface that enables nonhuman primates to control movements using real-time neurovascular activity predictions.